THE RADIATION BELTS, NATURAL AND ARTIFICIAL
Explorer xv satellite observations on natural and artificial radiation belts around the earth
EXPLORER XV SATELLITE↗
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Results for “GEOMAGNETICALLY TRAPPED PARTICLE”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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On cosmic ray cutoffs.
Cosmic ray cutoff in the stormer sense for high latitudes at which the geomagnetic field is approximately axisymmetric
COSMIC RADIATION↗
Relay I trapped radiation measurements
Radiation measurements of geomagnetically trapped electrons by instruments on Relay I satellite in 1963
RELAY SATELLITE↗
A model for a broad, disordered transition between the solar wind and the magnetosphere
Interaction of solar wind with magnetosphere and existence of electron distribution equilibrium in trapped plasma sheath
ELECTRON DISTRIBUTION↗
Observations of the van allen radiation regions during august and september 1959. 3- the inner belt
Observations of Van Allen radiation regions by Explorer VI satellite - differential energy spectrum for trapped protons in inner belt
EXPLORER VI SATELLITE↗
Observation of the van allen radiation regions during august and september, 1959. 4- the outer-zone electrons
Observations of Van Allen radiation regions by Explorer VI satellite - trapped energetic electrons in outer belt
OUTER RADIATION BELT↗
Introduction to the cosmic and trapped radiation studies designed by the university of chicago
Trapped radiation in magnetosphere and experimental tests for resolution of cosmic ray modulation theories
GEOMAGNETICALLY TRAPPED PARTICLE↗
Calculations of longitude dependence of geomagnetically trpped electron fluxes. part i- the general fokker-planck equation for electron diffusion
General Fokker-Planck equation for geomagnetically trapped electron distribution as function of longitude, time, energy, and mirror point field intensity
ELECTRON DISTRIBUTION↗
Protons from 40 to 110 mev observed on injun 3.
Equilibrium time and spatial distributions of high energy trapped protons possibly originating from neutron decay
PROTON DENSITY↗
Maneuvering flight within earth-entry corridors at hyperbolic speeds.
Reentry flight corridor depth reduction as result of inadequate flight data at hyperbolic speeds, noting overshoot limit and inverted attitude
SPACECRAFT MANEUVER↗
Daytime trapped electron intensities at high latitudes at 1100 kilometers.
Intensities of trapped electrons at high latitudes noting response to magnetic activity
ELECTRON INTENSITY↗
Distortions in the radiation cavity as measured by an 1100-kilometer polar orbiting satellite.
Distortions in spatial distribution of high energy electrons observed by polar orbiting satellite
SPATIAL DISTRIBUTION↗
Longitudinal variations of high energy electrons at low altitudes.
Longitudinal variations of electrons, obtaining measurements of fluxes and energy spectrum with shielded plastic scintillator
GEOMAGNETIC ANOMALY↗
Radioactivity induced in sodium iodide by trapped protons.
Radioactivity induced in sodium iodide by trapped protons during OSO-1 passage through lower edge of inner Van Allen zone, presenting gamma-ray counting rates
GAMMA RADIATION↗
Calculations of longitude dependence of geomagnetically trapped electron fluxes. i - the general fokker-planck equation for electron diffusion.
Fokker-Planck equation for geomagnetically trapped electron distribution as function of longitude, time, energy and mirror-point field intensity
GEOMAGNETICALLY TRAPPED PARTICLE↗
Diurnal and latitudinal effects observed for 10-kev electrons at low satellite altitudes.
Intense fluxes of 10-kev electrons appearing uniquely during local night and 58 and 76 degree invariant latitude from Injun III satellite
ELECTRON FLUX↗
Nightside magnetosphere configuration as obtained from trapped electrons at 1100 kilometers.
Nightside magnetosphere configuration obtained from polar orbiting satellite 1963 38C data on trapped electrons at 1100 km
IONOSPHERIC ELECTRON DENSITY↗
The radiation belt boundary near solar cycle maximum as determined from the trapping of energetic electrons.
Radiation belt boundary determined by trapping boundary for energetic electrons during solar cycle maximum period
VAN ALLEN BELT↗